Reducing The Corrosion Problems Of Evaporative Cooler
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| Taken by : ISHAN PATEL,
JAY PATEL,
SUNIL MAGHODIYA
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Guide By: PROF I J PATEL |
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College : LJ Institute Of Engineering And Technology, Ahmedabad Branch: Mechanical Engg
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| Industry Name: Mamata Energy Private Limited
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| IDP/UDP Field: THERMAL
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| Abstract: Our project is on Evaporative cooler. Evaporative cooler is just like normal cooler which covers 1500sq feet area for cooling effect and it’s power consumption is just 1.5 unit per hour. So it has good efficiency and is beneficial for saving power comparative to other cooling refrigeration systems. So it’s generally used for the commercial use. But this system has some maintenance problems. Here in this cooler system, it uses water for the cooling effect. And these water particles create the corrosion problem. Here in this cooler, it uses bearing to connect to the fan and shaft. Here in the cooler, the environment is humid because of the water particle so there exists corrosion problem at the bearing. So this bearing should be changed every 4-5 months. So our team aims to reduce the corrosion problem for this system and reduce the maintenance problems. So our team is researching on the usage of bearing material other than metal so the corrosion problem can be reduced. So we search on the parameter and strength and then we apply the other materials in manufacture of bearings. Also our aim is to reduce the maintenance and operating cost and also the increase the efficiency the evaporative cooler.
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| Tag: THERMAL |
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Enhancing The Performance Of Filter Press
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| Taken by : PATEL AXAYKUMAR N.,
PATEL ESHAN H.,
PATEL AKSHAYKUMAR V.,
SHAH PARTH K.
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Guide By: MS AARTI N PATEL |
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College : LJ Institute Of Engineering And Technology, Ahmedabad Branch: Mechanical Engg
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| Industry Name: SACHIN INDUSTRIES LTD
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| IDP/UDP Field: DESIGN
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| Abstract: "We have selected a project on Enhancing the performance of Filter Press at SACHIN INDUSTRIES LTD located in Vatva GIDC Estate.
The Enhancing of the Filter Press can be done by automation of several components such as robotic movement of the filter press plates, automatic washing of the filter press clothes, cake delivery to the needed place and even problems on machining of the filter plates.
Sachin Industries Ltd. Is an ISO 9001 : 2008 certified company and has been producing filter presses since 1982.
We are getting support and guidance under MR KAUMIL PATEL managing director of company.
"
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| Tag: DESIGN |
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Solving The Leakage Problems In Valves
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| Taken by : AALAP PARIKH,
SOHILKHAN PATHAN,
PARTH PATEL,
SHREYANSH MANDAVIYA
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Guide By: Ms NEHA B JOSHI |
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College : LJ Institute Of Engineering And Technology, Ahmedabad Branch: Mechanical Engg
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| Industry Name: AIRMAX PNEUMATICS LIMITED
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| IDP/UDP Field: HYDRAULICS
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| Abstract: " A valve is a device that regulates, directs or controls the flow of a fluid (gases, liquids, fluidized solids, or slurries) by opening, closing, or partially obstructing various passageways. Valves are technically pipe fittings, but are usually discussed as a separate category.Valve leakage refers to flow through a valve which is set in the 'off' state.
Under this project work, we are supposed to work over leakages in valve at two points namely, leakage in disk taper pin and leakage in top shaft gland boost.
Disk creates strength and excellent seal of neoprene coating and stainless steel hardened taper-pins ensure positive rotation. A gland is a general type of stuffing box, used to seal a rotating or reciprocating shaft against a fluid.
"
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| Tag: HYDRAULICS |
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Taper Roller And Shperical Roller Bearing Cage
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| Taken by : PRIYANK KATHWADIYA,
CHIRAG SAVALIA
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Guide By: M S BUKHARI |
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College : LJ Institute Of Engineering And Technology, Ahmedabad Branch: Mechanical Engg
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| Industry Name: MARUTI INDUSTRIES
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| IDP/UDP Field: DESIGN
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| Abstract: "• TAPER ROLLER BEARING CAGES,
Taper roller bearing cages, which is manufactured using high quality raw material. These taper roller bearing cages have taper angles, which allow a combination of radial and thrust loads, to be handled by the bearing. Designed with precision, semi automatic and automatic processes. Depending upon the production volume and tooling complexity, the production process is altered.
• SPERICAL ROLLER BEARING CAGES,
Roller bearing cages includes precisely engineered spherical roller bearing cages. These are specifically designed for bearings that can withstand smaller shaft misalignment. Manufactured using sophisticated machinery, sperical roller bearing cages requires low maintenance and can easily handle high radial loads. These bearings are designed with rollers which enables to carry heavy loads. Further, range of bearing cages can be offered in custom size to meet the specific requirement of roller bearings.
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| Tag: DESIGN |
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Design Optimization Of Tractor Operated Tree Pruner And Development Of Scale Down Prototype.
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| Taken by : Patel Shraddha P.,
Parmar Vikramsinh S.,
Pittalwal Mufaddal N.,
Salariya Gaurang V.
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Guide By: Mr.A.B.Solanki |
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College : C.U. Shah College of Engineering & Technology, Surendranagar Branch: Mechanical Engg
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| Industry Name: NATIONAL INNOVATION FOUNDATION
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| IDP/UDP Field: Design & optimization
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| Abstract: Trees and horticulture plants are generally pruned for better growth, for using the parts (stem, branches, leaves, etc) in different purposes and giving the plant a proper shape. The task is generally done manually, which is very tiresome and time consuming process.The power operated machines are however available for the purpose but no indigenous machine was available at the time; the innovator developed it first time in 2007. The innovator has developed the machine based on his understanding on hydraulic system and used easily available components. The same needs to be optimized to utilize the resources properly. Also the present design suits only tractors of size 40 hp and above and modification is costing over Rs 4 lakh. Hence there is need of developing affordable scale down system after optimizing the design.
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| Tag: Design & optimization |
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" Chocked Up Fuel Filter" |
| Taken by : karale jigneshkumar arunbhai, khaped nayansinh pratapsinh, patel anil ranjitbhai, bhatt harshit dhimantbhai |
Guide By: Prof K.K.Bhabore |
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College : GOVERNMENT ENGINEERING COLLEGE, DAHOD Branch: Mechanical Engg
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| Industry Name: K.B.S FILTER,G.I.D.C,Makarpura,Vadodara |
| IDP/UDP Field: |
| Abstract: High Pressure Common Rail (HPCR) fuel injection systems needed to meet diesel emission regulations operate at pressures in excess of 1800 bar and involve clearances between moving parts on the order of 1-5 m. For these reasons, HPCR tends to be contamination sensitive relative to its predecessors.
This presents new challenges to fuel filters. To protect HPCR Components, much lower concentrations of fine particles and water should be maintained over a broad range of operating pressure, flow and vibration conditions.
The present work is aimed that to prevent choking up of the fuel filter while in use. Effort is made by the team members to work on the development of test set up for testing of the filter performance so that possible time to choking can be predicted avoiding the possibility of choking of the filter during operation.
Making the filter at regular use and also achieve the filter at longtime base, we will work on the filter testing methods and also various filter diagrams.
Making this even more challenging is the lack of standardization in fuel handling practices and testing is essential to ensure best use of filter and to prevent the choking up with pressure Vs flow diagrams. |
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"a Novel Design And Development Of A Tool Head, For Enhancing The Processing Capability Of A Conventional Planer Machine To Perform Curved Shaped Jobs" |
| Taken by : Patel Priyank Pramodbhai, Panchal Sahil Manharbhai |
Guide By: Prof. Kul Bhushan Kumar Lamba |
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College : PARUL INSTITUTE OF ENGINEERING AND TECHNOLOGY, WAGHODIA Branch: Mechanical Engg
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| Industry Name: Kamal Engineers Ltd. |
| IDP/UDP Field: |
| Abstract: A tool head with a novel design has been developed and is engaged for enhancing the processing capability of a conventional planer machine to undertake the curved profile jobs has been disclosed here.
The purpose of this invention is to design a tool head for planer machine by use of which curved and non- linear jobs can be machined on a planer machine, thus enhancing the processing capability of the machine.
Apart from its conventional capabilities a planer machine with the novel attachment developed for the tool head, based on the cam & follower principle is made to get the non-linear, helical, non-elliptical, etc. shapes.
Such profiled jobs are conveniently done by deploying Computerised Numerically Controlled (CNC) machines or copying attachment/machines, but by using new attachment to the tool head, disclosed here, it the jobs/shapes described above can be machined on a cost effective measure on a conventional planer machine. |
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"analysis Of Gmaw Welding Defects And It's Remedies" At Essar Steel Ltd. - Surat(hazira) |
| Taken by : oza pratik yogeshbhai, siroya bhavesh laljibhai |
Guide By: Hiral. C Badrakia |
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College : NOBEL ENGINEERING COLLEGE, JUNAGADH Branch: Mechanical Engg
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| Industry Name: Essar Steel Ltd. - Surat (Hazira) |
| IDP/UDP Field: |
| Abstract: It is felt intensely in the present time of modernization of petroleum or related industries that the need of metal pipes for the transportation of fluid i.e., crud oil, gases, chemicals etc. is very crucial and in such a way that the utilization of the pipes is thought for the whole century or some times more than century, so it is important that there should not be any manufacturing defects like discrepancy in the manufacturing of pipes, material of pipes, welding process carried out on pipes and any other related work out on pipes, and should be the most reliable that there should not have any problems at least after the successful establishment of the pipes in or on the earth.
So, we have tried to touch one of the possible defects in metal pipes, specifically steel pipes, with the focus on the analysis of defects in GMAW(Gas Metal Arc Welding) welding process on steel pipes, and tried to resolve the defects occured actually in them at Essar Steel Ltd.-Hazira (Surat).
We hope that the effort made by us with the company of person related to this project will be useful in solving the problems pertaining to the topic said above. |
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"analysis,design& Testing Of Submersible Water Pump" |
| Taken by : TARPARA DHAVAL RAMESHBHAI |
Guide By: Prof.R.V.Ramani |
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College : V. V. P. ENGINEERING COLLEGE, RAJKOT Branch: Mechanical Engg
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| Industry Name: DHAVAL Eng. Industry. |
| IDP/UDP Field: |
| Abstract: Most of submersible water pumps manufacturing industry are facing the problem like low efficiency of water pump, loss of power and flow rate of water. These defects are related with design and testing method of submersible water pump.
So if we can improve the design or testing method of submersible pump which solve the above problems or defect of the pump. We are preparing the project, which discuss about the analysis, design and testing of submersible water pump. We also consider hydraulic and electric defects in design of submersible water pump in our IDP project. |
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"automatic Loading System" |
| Taken by : BHATT JAY MAHESHBHAI, RAJYAGURU JAY MAHESHBHAI, VANAVI GIRISH BACHUBHAI |
Guide By: Mr. Arick Lakhani |
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College : ATMIYA INSTITUTE OF TECHNOLOGY & SCIENCE, RAJKOT Branch: Mechanical Engg
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| Industry Name: VISHAL FOUNDRY, RAJKOT |
| IDP/UDP Field: |
| Abstract: ABSTRACT:
Today many industries facing problem related to loading. Loading is the process of load the final products to the vehicles. Loading process plays an important role in any industry. After packaging of products into boxes, loading of these boxes in to vehicle is necessary to transfer these products to the market.
In this report it is shown that many industries uses manual loading. Many numbers of workers are required for this task, so it is costly and time consuming. So our main concern is to develop an Automatic loading system, which easy to handle, reliable and cheap. We will use belt conveyor for Automatic loading system because it is cheaper than all other options. Automatic loading system can also works as a material handling system.
This project contains information about the materials used in the system, literature review about the project and expected outcomes of this project. |
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"cam Operated Cutter Machine" |
| Taken by : RADADIYA BHRUGESH.M, NAYI HEMANTKUMAR BHANUBHAI, PATEL BRIJESH R, PRAJAPATI PINTU B. |
Guide By: Prof. Patel Jigar S |
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College : HASMUKH GOSWAMI COLLEGE OF ENGINEERING, VAHELAL Branch: Mechanical Engg
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| Industry Name: Hasmukh Goswami College of Engineering |
| IDP/UDP Field: |
| Abstract: In this project, by using cam and follower mechanism to cut the soft material with a specific dimension (such as length, width etc.) which is placed on the belt drive. Generally, the problem is to wasting of the material at the time of cutting. The material is to be placed on the belt which is continues moving by the DC motor. At the time of cutting the material by the cutter, it is to be damage because of continue moving of the material on the belt. So that, some part of the material is to be waste and at the end, the production is to be decrease.
To avoid this problem, the design of the cam is important. The timing of the rise up and down of the follower is very important. The switch is to be fitted on the stand which is operated by the follower. When the follower is rise then the switch is off and the movement of the belt drive is stop and when it is in downward movement then the belt drive is move.
By the using of the limit switch, to increase the production capacity and reduce the wastage of the materials. |
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"heat Loss Occurs In The Boiler And Method For Reducing Heat Loss" |
| Taken by : Bhatt Dhaval D., Bhatt Tejas A., Motka Mayur A., Parmar Hitesh N. |
Guide By: Mr. Krunal Patel |
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College : SHANTILAL SHAH ENGINEERING COLLEGE , BHAVNAGAR Branch: Mechanical Engg
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| Industry Name: Nirma Chemical Complex, Bhavnagar. |
| IDP/UDP Field: |
| Abstract: In this project, the finding out the improvement step for reducing the heat loss from the boiler and our study carried out in a large boiler house unit has been presented. The various heat losses were analyzed and a set of recommendations were made to the plant management for implementation, so that efficiency of boiler can be increased.
Economic analysis reveals that the expenditure on the proposed system will be recovered in a long span of time. In addition, it is observed that carefulness in the operation of boiler can help a great deal in energy efficiency improvement in boiler. |
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"root Cause Analysis For The Vibration Of The De Nox Pump" |
| Taken by : FANASIA NIRAV PRANJIVAN, PATEL ROMIL C, MACHI MRUGESH V, PATEL PRATUL R |
Guide By: Prof Chetan S.Jadav |
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College : SHRI SADVIDHYAMANDAL INSTITUTE OF TECHNOLOGY, BHARUCH Branch: Mechanical Engg
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| Industry Name: Reliance industries limited,Dahej |
| IDP/UDP Field: |
| Abstract: Gujarat technological University gave us an opportunity to find industrial defect problem by handing us a project. We observed that there is a vibration in the bearing of De-Nox Water Forwarding pump in the Captive Power Plant-2. Thus our project deals with the overall vibration problem and its causes and giving its solution through "Root Cause Analysis". Root Cause Analysis is a systematic approach to get to the true root causes of our process problems. Through this method we found all types of causes like lack of proper alignment of motor and pump shaft, inefficient fitting of pump house, the fault in construction of the base foundation structure.
These problems were analyzed and their respective solutions were found out. We corrected the alignment through "Dial Gauge Method" which made the pump run smoothly. As Rubber Bush absorbs even minor vibrations, we used this for accurate fitting of pump house. The fault of construction were removed by "Pier Construction Method" and on that built a 6 inch thick platform structure and hence now the overall vibration is reduced to minimum level. |
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"stress Analysis Of Boiler Components (shall & Head) Using Finite Element Method" |
| Taken by : Birare Rakesh Shivajibhai, Mistry Rahul Bhagubhai, Panwala Robin Dilipbhai |
Guide By: Chaitanya K. Desai |
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College : C. K. PITHAWALA COLLEGE OF ENGINEERING & TECHNOLOGY, SURAT Branch: Mechanical Engg
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| Industry Name: Rajdeep Boilers Pvt. Ltd. |
| IDP/UDP Field: |
| Abstract: The significance of the title of the project comes to front with designing structure of the Boiler for static loading and its assessment by ABAQUS, is basically a project concerned with design of different boiler elements such as shell, head end, operating manhole, support leg based on standards and codes and evolution of shell and head end analyzed by means of ABAQUS. The key feature included in the project is to check the stress occurs at the junction of boiler shell & head. The procedural step includes various aspects such as selecting the material based on ASME codes, and then designing on the standards procedures with referring standard manuals based on ASME .Further we have included the FEA methods practice by the industries and different aspects of it.
Conclusively, this method of design based on technical standard and codes. It can be employed on practical design of boiler as per required by the industry or the problem statement given associated to the field of boiler. |
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“comprehensive Study On General Description & Condenser Of Thermal Power Plant” |
| Taken by : CHAUDHARI VIRALKUMAR C., PATEL NIMESH VIKRAMBHAI |
Guide By: MR.KIRAN PATEL |
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College : L. D. R. P. INSTITUTE OF TECHNOLOGY, GANDHINAGAR Branch: Mechanical Engg
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| Industry Name: Gujarat State Electricity Corporation Limited (GSECL),Ukai |
| IDP/UDP Field: |
| Abstract: This report is the preparation of our effort, placing our first step to real world of production of “Electricity”.
This report is the prepared on the basis of the project training imparted to us by the officials of thermal power station (TPS) Ukai. It gives a general idea about the layout of a thermal power plant.Most of the section has been described in short., laying most stress on the production of electricity aspect on coal based power station.
The preparation would have been impossible without the kind guidance and encouragement of the Engineers and officers of TPS, Ukai. We under take this opportunity to thank all the Engineers and officers of Gujarat State Electricity Corporation Limited (GSECL) for sparing their precious time and their kind co-operation.
We feel greatly indebted to executive engineer for his guidance. We are also very thankful to Chief engineer and Superintendent Engineer for granting us permission for training.
As special thanks to all the Deputy & Junior engineers of BMD#3-4 & TMD#3-4, without whom this report would have been impossible.
CHAUDHARI VIRAL C.
THAKKAR NAYAN K.
PATEL NIMESH V. |
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“experimentally Investigation Powder Mixed Dielectric Fluid On Material Removal Rate (mrr) And Surface Roughness In Electric Discharge Machining (edm) On En 31 Steel Material” |
| Taken by : PATEL JIGARKUMAR ARVINDKUMAR, PATEL BRIJESHKUMAR PRHALADBHAI, PATEL KASHYAP BHARATBHAI |
Guide By: Prof. Y.L.Raol |
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College : L. C. INSTITUTE OF TECHNOLOGY. BHANDU Branch: Mechanical Engg
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| Industry Name: Om Precision Industries,A'bad |
| IDP/UDP Field: |
| Abstract: Electric discharge machining (EDM) is one of the most popular machining methods to manufacture dies and press tools because of its capability to produce complicated shapes and machine very hard materials. The intent of the present study is to study the effect powder mixed dielectric fluid on EN-31 Chrome alloy steel on the MRR, and surface roughness on EDM. The effect of various input parameters on output responses will be analyzed using full factorial method. Deposition of the powder material either in pure form or in compound form will also studied. |
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“minimization In Metal Loss And Defects In Casting” |
| Taken by : GOYANI KEVAL, GOYANI BHAVIN, GANGADIYA UTSAV |
Guide By: Mr. ARPIT H. PATEL |
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College : A. D. PATEL INSTITUTE OF TECHNOLOGY, KARAMSAD Branch: Mechanical Engg
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| Industry Name: SHREE VALLBHA ALLOY STEEL CASTING, ANAND |
| IDP/UDP Field: |
| Abstract: ABSTRACT
Purpose: To study the sand casting process, casting defects and metal loss in various operation carried out during the casting process in foundry. Sand casting process is simplest process and widely used in foundry to produce the different range of component. However it involves lots of parameter to control for produce a good quality component. Hence, casting industry facing the problem of defects and metal loss which decrease the quality of component and increase cost. However to eliminate the defects is not an easy task. For that different approaches for casting defects analysis are study and applying proper method to reduce the defects from cast part such that the yield and quality of casting improve. Metal loss is also leads to increase the cost of foundry. For that metal loss are calculated for various operations and make recommendation to reduce it.
Methodology: Take defected parts of foundry as case studies and reduce the defects from this. For that, Casting simulation tool is used which gives the solidification simulation of CAD model of that part. Casting simulation is help to reduce the defect by proper gating system design, riser design and its location. For the simulation various design parameters are calculated, made the CAD model as per the designed parameter and simulate it. Give the conclusions from this simulation.
Key words: Casting defects, Casting Simulation, Gating system design, Riser design and location, Metal loss, Yield percentage |
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“perfomance On A Single Cylinder Diesel Engine Using Methanol Blends” |
| Taken by : PATEL RAHUL GORDHANBHAI |
Guide By: MRS.JAYALAKSHMI PILLAI |
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College : NARNARAYAN SHASTRI INSTITUTE OF TECHNOLOGY, JETALPUR Branch: Mechanical Engg
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| Industry Name: NSIT COLLAGE |
| IDP/UDP Field: |
| Abstract: A comprehensive study on the methanol as an alternative fuel has been carried out. A
four stroke four cylinder diesel engine was adopted to study engine power, torque, break specific
fuel consumption, break thermal efficiency with the fuel of fraction methanol in diesel. In this
study,the diesel engine was tested using methanol blended with diesel at certain mixing ratio of
10:90, 20:80 and 30:70 of methanol to diesel respectively. The performance of the engine using
blended fuel compared to the performance of engine with diesel fuel. Experimental results
showed that the output power and torque for diesel fuel is lower compared to methanol-diesel
blended fuel at any ratio. The brake specific fuel consumption for the three mixing ratios was not
varying significantly but the lowest was for 30% Methanol and 70% Diesel. The specific fuel
consumption for diesel fuel was much lower compared to any mixing ratio. It was noticed that
brake thermal efficiency was thus improved in almost all operation conditions with the methanol
and diesel. |
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“to Study The Foaming Effect And Corrosion Effect In The Boiler Tube And Reducing Them By Various Methods.” |
| Taken by : Patel Mehulkumar Chaturbhai, Parmar Jagdish Dungarbhai, Patel Nileshkumar Ajitbhai, Patel Sandipkumar Prahaladbhai |
Guide By: A.D.Brahbhatt |
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College : GOVERNMENT ENGINEERING COLLEGE, MODASA Branch: Mechanical Engg
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| Industry Name: Thermtech Boiler Mfg. |
| IDP/UDP Field: |
| Abstract: Boiler is device for generating steam. It consists of two principal parts: the furnace, which provides heat, usually by burning a fuel, and the boiler proper, a device in which the heat changes water into steam. A steam engine is driven by steam generated under pressure in a boiler. The amount of steam that can be generated per hour depends upon the rate of combustion of the fuel in the furnace and upon the efficiency of heat transfer to the boiler proper. Since the rate of combustion of the fuel in a furnace is largely dependent upon the quantity of air available, i.e., upon the draft, a sufficient supply of air is an important consideration in boiler construction.
In some large installations the incoming air is preheated by the waste heat of the flue gases, and in order to increase the speed of combustion a forced draft (air at higher than atmospheric pressure) is often used. Two types of boilers are most common—fire-tube boilers, containing long steel tubes through which the hot gases from the furnace pass and around which the water to be changed to steam circulates, and water-tube boilers, in which the conditions are reversed. Water is changed to steam in these continuous circuits and also is super-heated in transit. This additional heating of the steam increases the efficiency of the power-generating cycle.
Failure of boiler tubes by corrosion attack has been familiar phenomenon in power plants resulting in unscheduled plant shut down in sequence, there are heavy losses in industrial production and disruptions to civil amenities, The failure of boiler tubes appears in the form of bending bulging , cracking ,wearing or rupture ,causing leakage of the tubes.
The failure can be caused by one or more modes such as overhauling, stress corrosion cracking (SSC), hydrogen embrittlement, flame impingement, sulphide attack, weld attack, dew point corrosion, etc. In this presentation, information related to boiler tube failures are given in the form of some case studies. The case studies are comprised of failures occurred due to SSC, overhauling, flame impingmentand creep. The description of the failure, possible causes and machanism9s0 will be presented followed by conclusions and recommendations. |
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3- Roller Double Pinch Bending Machine By Using Hydraulic System |
| Taken by : PATEL VIVEK R., SHAH KASHYAP A., PARMAR MEHUL D., PARMAR ALPESH J. |
Guide By: DILIP S. KANETKAR |
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College : PARUL INSTITUTE OF ENGINEERING AND TECHNOLOGY, WAGHODIA Branch: Mechanical Engg
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| Industry Name: PRIME ADVANCE POLISHING PVT. LTD. |
| IDP/UDP Field: |
| Abstract: This project contains problem that industry faces and the probable solution of problem is discussed in the report. This report briefly explain the principle, construction, components, advantages of three roll double pinch bending machine. It also contains the preliminary literature review collected and brief history of plate bending machine.
Also theoretical design is prepared and FEM analysis is done. In all above procedures a plate thickness of 6 mm was considered and top roll diameter and bottom rolls diameter of 150 mm and 140 mm were considered respectively. |
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Total : 4198 |
